The MagLab is funded by the National Science Foundation and the State of Florida.
The MagLab is funded by the National Science Foundation and the State of Florida.
For best signal-to-noise performance, 2-3 pairs of wires need to be attached to a sample to measure magnetotransport.
This technique is available at the Pulsed Field Facility. For more information please contact Ross McDonald.
In dielectric measurements, multiferroics combine electric and magnetic ordering in the same material.
The current limits in resolution are typically ~10-7 in pulsed magnetic fields, using the fiber Bragg grating method described below, and 10-8 in stea…
Quite often, heat capacity measurements conducted in high magnetic fields are combined with measurements of the magnetocaloric effect (MCE).
High current density and superconducting critical current (Jc) measurements in pulsed magnetic fields are made possible with the combination of sample…
This technique is available at the Pulsed Field Facility. For more information please contact Dwight Rickel.
In pulsed fields, torque magnetometry is a highly sensitive technique for measuring magnetically anisotropic materials.
In the optics laboratory at the Pulsed Field Facility, we maintain and regularly use a variety of time-resolved and ultrafast capabilities.
Performing broad-band optical spectroscopy in our ultrahigh field pulsed magnets is a mainstay of our optics program at the Pulsed Field Facility.
Search our magnets by field strength, bore size, and even technique.